Sympathetic preganglionic neurons are the final central links in the sympathetic pathways that control the heart and blood vessels. The neurotransmitters present in the supraspinal pathways that control the activity of sympathetic preganglionic neurons include amino acids, amines and peptides. In this paper we discuss evidence that suggests a role for serotonin and substance P in these pathways. Both of these neurotransmitters are present in bulbospinal neurons. Our results suggest that they have an important physiological role in the central regulation of blood pressure
High levels of sympathetic drive in several cardiovascular diseases including postmyocardial infarct...
Intravenous injection of substance P (SP) increases renal nerve firing and heart rate in spontaneous...
Intravenous injection of substance P (SP) increases blood pressure in normotensive rats by stimulati...
Sympathetic preganglionic neurons are the final central links in the sympathetic pathways that contr...
Substance P activation of neurokinin-1 (NK1) receptors on spinal sympathetic preganglionic neurons (...
There is now considerable evidence that afferent information from the arterial baroreceptor reflex i...
1. In this paper we review recent work from our laboratory on two major pathways important in the ce...
There is substantial evidence for an activation of the sympathetic nervous system in man as well as ...
In the first study, the effect of intrathecal administration of substance P at T9/T2 on arterial blo...
The goal of the present research was to elucidate the roles and mechanisms by which the sensory nerv...
SUMMARY Neurons of the lower brain stem maintain resting levels of arterial pressure (AP), mediate r...
It is generally accepted that the essential hypertension (EH) is caused by interactions among congen...
This report deals with the effect of substance P (SP) and capsaicin on blood pressure and heart rate...
Intravenous injection of 3-33 nmol/kg of substance P (SP) caused pressor and tachycardic responses i...
Sympathetic preganglionic neurons (SPN) in rat spinal cord were activated by the reflex stimulation ...
High levels of sympathetic drive in several cardiovascular diseases including postmyocardial infarct...
Intravenous injection of substance P (SP) increases renal nerve firing and heart rate in spontaneous...
Intravenous injection of substance P (SP) increases blood pressure in normotensive rats by stimulati...
Sympathetic preganglionic neurons are the final central links in the sympathetic pathways that contr...
Substance P activation of neurokinin-1 (NK1) receptors on spinal sympathetic preganglionic neurons (...
There is now considerable evidence that afferent information from the arterial baroreceptor reflex i...
1. In this paper we review recent work from our laboratory on two major pathways important in the ce...
There is substantial evidence for an activation of the sympathetic nervous system in man as well as ...
In the first study, the effect of intrathecal administration of substance P at T9/T2 on arterial blo...
The goal of the present research was to elucidate the roles and mechanisms by which the sensory nerv...
SUMMARY Neurons of the lower brain stem maintain resting levels of arterial pressure (AP), mediate r...
It is generally accepted that the essential hypertension (EH) is caused by interactions among congen...
This report deals with the effect of substance P (SP) and capsaicin on blood pressure and heart rate...
Intravenous injection of 3-33 nmol/kg of substance P (SP) caused pressor and tachycardic responses i...
Sympathetic preganglionic neurons (SPN) in rat spinal cord were activated by the reflex stimulation ...
High levels of sympathetic drive in several cardiovascular diseases including postmyocardial infarct...
Intravenous injection of substance P (SP) increases renal nerve firing and heart rate in spontaneous...
Intravenous injection of substance P (SP) increases blood pressure in normotensive rats by stimulati...